Privacy Preserving M2M-Iot Environment
Pujari Lakshmi Devi, D. Venkata Subramanian · Indian Journal of Science and Technology · 2017
Objectives: In IOT environment, an electric grid has security and privacy issues. Security technique in a 24*7-enterprise environment with evaluation of using real time based encryption for security, privacy to achieve IoT security. Methods/ Statistical Analysis: Cryptography technique such as Homomorphism Encryption secures the data preventing from unauthorized software or firmware to access data in a known format. Differential Privacy is used to maintain privacy to protect personal information. Findings: Securing data readings in real-time is interesting and extremely challenging as all the data and privacy information to be prevented from hacking. Application/Improvements: The security measures described can be applied to smart grid, smart meter IOT environment, Machine-to-Machine Environment. Keywords: Gortis Enhanced Homomorphic Encryption, Industrial Control System, Internet of Things, Machine-Machine